Human systems are characterized by visible and invisible Global Characters,
which can activate specific character models through the Conscious Component.
The diversity of these characters and the impact of modifying parameters in
Non-Biological Systems are difficult to quantify. Human systems interact with Non-Biological
systems in ways that can alter internal and external system performance.
Complexity can arise when Global Variables in Non-Biological Systems align
or integrate with various Social Concepts among humans. Systems designers of Non-Biological
Systems must carefully navigate complex algorithmic codes of global variables
using ethical and social concepts. Achieving a compatible match between Global
Variables in Non-Biological Systems and Global Characters in Biological Systems
is crucial for maintaining a harmonious balance in Social Contexts.
Observation:
Optimal global variables create harmony elements within a Non-Biological
system. When these global variables are solidified, they can trigger positivity
in the system's environment and foster effective communication among its
elements. Conversely, low solidarity may signal suboptimal global variables,
increasing the risk of potential violence and spreading social unrest.
Observation:
Enhancing cost awareness in Non-Biological Systems alters the
functionalities of global variables and impacts multi-instance operations on
system platforms. A significant side effect of increased cost awareness is
reduced feedback to system elements, particularly within human systems.
Observation:
Practical cooperation and strong solidarity are essential for
enhancing operations in non-biological systems.
Observation:
Strengthening awareness can adjust parameters, fostering
solidarity and tolerance within human systems. However, if extreme cost
awareness persists over the long term, solidarity may weaken.
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